ESO-GOODS (Great Observatories Origins Deep Survey)
The Great Observatories Origins Deep Survey (GOODS) is a public, multiwavelength survey which originally covered two 150 square arcmin fields, centered around the HDF-N (Hubble Deep Field North) and the CDF-S (Chandra Deep Field South). It is a coordinated effort to combine the deepest survey data over the widest wavelength range (from X-ray through radio) from NASA’s Great Observatories (HST, Chandra, Sptizer), ESA’s XMM-Newton, and the largest ground-based observatories, namely ESO-VLT, Keck, Gemini in the optical/nearIR region, VLA in the radio, etc. Observations were designed to promote major advances in following primary science areas:
- The mass assembly history of galaxies over the broadest accessible range of cosmic time
- Census of energetic output from star formation and supermassive black holes
- The formation of the Hubble sequence
- Star formation history out to z∼7 and discovery of primordial galaxies
- Supernovae at high redshifts and the cosmic expansion
The ESO-GOODS project consists of a number of observing campaigns in the CDFS field (in particular in the GOODS-South central region), primarily with the VLT, designed to complement the capabilities of HST prior to SM4. The VLT campaign was conducted under the programme "The Great Observatories Origins Deep Survey: ESO Public Observations of the SIRTF Legacy/HST Treasury/Chandra Deep Field South", with PI Catherine Cesarsky, over the periods P68-P77. As detailed in the Table below, this programme included:
- deep near IR coverage of the GOODS region in the JHK bands with ISAAC
- very deep U-band imaging of the entire CDFS area with VIMOS
- an extensive spectroscopic campaign with FORS2 and VIMOS which has yielded ~2700 secure source redshifts
As of Dec 09, all advanced data products have been publicly released via the ESO Archive.
In addition, panoramic, moderately deep imaging in UBVRI filters with WFI on the 2.2m La Silla Telescope, was carried out as part of the EIS project. Related data products were publicly released as part of the GaBoDS survey.
Campaign | Description (Instrument/Technical Specs) | Observing Time | Data Release/ date | Data Presentation Publications & PRs |
Near IR Imaging | ISAAC in J,H,Ks bands, 170 arcmin2 to ~25 AB mag (5σ) ISAAC Ks-band of the HUDF to 25.6 AB, 0.36" seeing |
476 h |
ISAAC v2.0/ 2007-09-10 |
Retzlaff et al. 2010 |
U&R-band Imaging | VIMOS U and R-band, 400 arcmin2 to U~29.8 and R~29 AB mag (1σ) |
40 h | VIMOS img v1.0/ 2009-04-24 |
Nonino et al. 2009 →ESO PR 39/08 |
FORS2 Spectroscopy | FORS2/300I grism (5500-10000 Å) 1635 spectra of 1236 targets, 887 redshifts out z=6.3 |
130 h | FORS2 v3.0/ 2007-10-31 |
Vanzella et al. 2008 →Spectra search engine |
VIMOS Spectroscopy | VIMOS LR Blue (3500-6900 Å) 3634 spectra of 3271 targets, 2040 redshifts (1.8<z<3.5) VIMOS MR (4000-10000 Å) 1418 spectra of 1294 targets, 882 redshifts (z<1 & z>3.5) |
120 h | VIMOS v2.0/ 2009-12-15 |
Popesso et al. 2009 Balestra et al. 2010 |
CDFS Spectroscopic Database
In addition to ESO-GOODS, many spectroscopic campaigns have been carried out in the CDFS area as part of VLT follow-up studies building on the GOODS multiwavelength data set. Over 4000 secure redshifts from 15 observing programs have been collected into a Spectroscopy Master Catalog and can be accessed via a search engine developed by ESO-ECF.
Data Policy
In the spirit of all Legacy Programs, data obtained with ESO facilities in direct support of the GOODS project were immediately made public worldwide. Science ready data products were prepared by the ESO-GOODS Team and publicly released into the ESO Archive in a progressive manner within 6-12 months from the conclusion of each observing run.
Quick Links
- What's GOODS
- Spectroscopy
- CDFS Master Catalog
- Publications & Documents
- GOODS related links
- ESO-GOODS Team
- Contact GOODS
What's New?
- 15 Dec 09
VIMOS spectra final release
- 02 Mar 2010
ISAAC Ks-band imaging
of the Hubble Ultra Deep Field - 18 Mar 2010
APEX/LABOCA ECDFS release - July 2012
Spectroscopy Mastercat updated with GMASS results - December 2014
All spectroscopic and imaging releases have been migrated to thePhase-3 infrastracture